Nirvana is one of the most important bands of the ’90s. Their classic album Nevermind continues to be a landmark of rock music, perfectly encapsulating an era of music and American culture, even today, twenty-six years after its release. Kurt Cobain may have passed away in 1994, yet the long-lasting impact of Nevermind keeps him in the upper echelon of rock icons, with his lyrics and songwriting continuing to connect with fans globally. Of course, Dave Grohl is one of our biggest and brightest stars to this date, although his shining achievement still might be the impeccable drumming on Nevermind.Dave Matthews’ 9-Year-Old Son Thinks His Dad’s Band Is Fine, But They’re No Nirvana [Watch]“Smells Like Teen Spirit” is the lasting hit from the album, but Nevermind is filled with genre-bending classics from top to bottom. The album contains masterpieces throughout, combining the angst, pain, and anger of grunge with poppy chord progressions, catchy choruses, and excellent production value. Nevermind‘s first side is chock-full of classics, with “In Bloom”, “Come as You Are”, “Breed”, “Lithium”, and “Polly” following “Teen Spirit” to create the ultimate Side A. Side B is continues the trend, with excellent songs like “Drain You”, “Stay Away”, and “On A Plain”, and the hauntingly beautiful album-closing ballad of “Something in the Way”.Nevermind remains a fantastic listen and is considered to be one of the best rock records of all time. Grunge music and alternative rock both exploded into the mainstream as a result of Nevermind‘s perfect blend of punk, pop, and rock in addition to Cobain’s brooding and introspective lyrics. With that in mind, in honor of the anniversary of its release today, we’ve provided the full Nevermind album below for your listening pleasure. Take some time today to listen to the record in full, and enjoy the inimitable sounds of Nirvana on their iconic album Nevermind.
Towers Watson is to launch an independently governed master trust as it looks to gain from the growing UK defined contribution (DC) market.Master trusts are multi-employer DC trust-based schemes run by third-party organisations.The consultancy said the offering was aimed at larger employers that prefer the independent governance of trust-based schemes but with a pricing structure similar to contract-based DC schemes offered by insurers.It will provide a fully outsourced solution to DC savings. Towers Watson said it expected DC assets to triple in the next decade.It appointed Fiona Matthews as managing director of the scheme, with the board chaired by independent trustee Donald Brydon.Paul Morris, head of EMEA at Towers Watson, said cost and governance were priorities but that the scheme design was focused on member experience and functionality.In other news, the deficit among defined benefit (DB) schemes within the FTSE 350 has increased by £27bn (€35bn) since the start of 2015 as falling corporate bond yields continue to push up liabilities.The research, conducted by UK consultancy Hymans Robertson, found liabilities had risen by £42bn between 1 January and 19 January, with deficit rises stemmed by a £15bn increase in assets.Real yields since the start of the year have dropped by 25 basis points, the consultancy said, with 15-year iBoxx corporate bonds hitting historical lows on 19 January.Jon Hatchett, head of corporate consulting at Hymans Robertson, said 10-year interest rates on corporate bonds were 3% at the start of last year, and have now almost halved.“Capital market volatility is an inescapable reality,” he added.“Market sentiment about economic conditions can change very quickly. What we see today is a dramatic turnaround from several months ago, when everyone thought interest rates would rise and the gradual unwinding of QE was on the horizon.“The picture at the end of 2014 was ugly, but it keeps getting worse. This will now be of greatest concern to the many companies whose year-end reporting falls on 31 March 2015.”
Syracuse and Notre Dame will play at 8 p.m. on Sept. 27 and be televised on ABC, the Atlantic Coast Conference announced on Monday.The game, which will be hosted at MetLife Stadium in East Rutherford, New Jersey, will be the third time Syracuse has played there in as many seasons.All three of the Orange’s visits to the home of the New York Giants and Jets have been known as the “New York College Classic.” Syracuse played Penn State there last year and Southern California in 2012, and both of those matchups kicked off at 3:30 p.m.SU and UND have played each other six times total and twice in the New York City area. The Orange defeated the Fighting Irish at Yankee Stadium in 1963. In the most recent meeting, visiting SU pulled off a 24-23 comeback victory over Notre Dame in 2008.The two programs will also square off at MetLife Stadium in September 2016.AdvertisementThis is placeholder text Published on September 15, 2014 at 12:28 pm Contact Phil: [email protected] | @PhilDAbb Comments Facebook Twitter Google+
Ghana coach Kwesi Appiah defended his decision to drop Olympique Marseille attacker Jordan Ayew from the AFCON 2013 provisional squad.Coach Kwesi Appiah has insisted that Marseille’s November player of the month exclusion was purely due to footballing reasons.Jordan has bagged seven goals in all competitions for Marseille this season.
An entry on Space.com is almost pure speculation with no observation. Does it belong on a science news site? Reporter Clara Moskowitz gave Viorel Badescu [Polytechnic University of Bucharest, Romania] free rein to imagine life on free-floating planets (FFPs) – bodies wandering free in space after being abandoned, like wayward children, from their parent stars. “The search for alien life usually focuses on planets around other stars,” she began. “But a lesser-known possibility is that life has sprung up on planets that somehow were ejected from their original solar systems and became free-floating in the universe, as well as on small bodies called sub-brown dwarfs [SBDs], which are stars so small and dim they are not really stars at all, but function more like planets.” First of all, do such bodies exist? Badescu admitted they are “extremely hard to detect.” Moreover, “Present day technology does not allow a systematic search for habitable FFPs and SBDs,” but that did not stop him from imagining that “Sub-brown dwarfs weighing between 1 and 13 Jupiter masses may be about as common as stars, Badescu said.” So far, we have imaginary planets; now, we need to imagine life on them. What are the conditions for life, and can we imagine them existing on these imaginary habitable planets?Heat: Without a star to warm them, FFPs would presumably be hopelessly frozen to death. No problem; thanks to internal radioactive decay, “One may expect a rather stable heat release for long periods of time, exceeding two or three times the present age of the solar system,” Badescu surmised, not having observed even one present age of the solar system.Atmosphere: The imaginary planets also have imaginary atmospheres. “Though meager, this heat could be trapped on the object by an optically thick atmosphere.”Solvent: Needless to say, FFPs would probably not be warm with lush oceanic baths of water for microbes. But even though all life we know about relies on water, one can imagine any other liquid doing the job: “In particular, Badescu found that ethane – a compound of carbon and hydrogen – could function well as a solvent for alien life.” One of the two instances of observation in the article is found in this sentence: “Synthesis of observational data makes it possible to conceive chemical reactions that might support life involving non-carbon compounds, occurring in solvents other than water, Badescu wrote in his paper.” The observations were not about actually making chemical reactions work that might support life – but only data that “makes it possible to conceive” of reactions that “might” do so. Speaking of ethane, no life has been observed on the only world we know about that has some liquid ethane – Titan. And no origin-of-life researcher has ever come up with a theory of how ethane would work in alien life-forms. Despite those difficulties, “Badescu said that some sub-brown dwarfs might have lakes or oceans of liquid ethane that could prove quite homey to alien microbes.”Polar solvent: Problem: ethane is not a polar molecule, like water. It’s the “polar properties of water [that] enable certain kinds of molecules to dissolve easily in water, while others remain stable.” That would not be the case with ethane. “However, the challenge is not insurmountable,” according to Badescu’s fertile imagination: “– a completely different type of molecule could be used to code life’s blueprint on a FFP or SBD.” He did not offer any candidate molecules.Genetic code: So what would convey the genetic information required by alien cells swimming in ethane on imaginary worlds? After all, “small changes in molecular structure may create large changes in molecular behavior” with a non-polar molecule, and “That is not acceptable in an encoding biopolymer that must support Darwinian evolution, in which case, the molecule’s physical properties must remain relatively constant when the informational content changes.” Again, though, his way out was simply to assert that “the challenge is not insurmountable”.After surmounting all these difficulties with leaps of imagination, Badescu gave his grand finale: “it might be conceivable that FFPs and SBDs are the most common sites of life in the universe.” Well, then, we should search for them: “the existing observation programs” [there’s the other instance of the word observation] “of young star forming regions should be supplemented with activities related to FFP and SBD identification and characterization.” It might be worthwhile; we might just find imaginary life some imaginary day. But even before that, since it might be conceivable that imaginary life is common on imaginary worlds, we would first have to find out if it is even possible to conceive of such things; it might be, or it might not be. The article was decorated with imaginary images of imaginary landscapes. Speaking of imaginary landscapes, that was the title of musical compositions by John Cage that experimented with “chance music” as a kind of divination – i.e., “imitating nature in its manner of operation” (Wikipedia). In Imaginary Landscape No. 4, 12 operators twiddled the knobs of 12 radios at random. One never knows; it might produce imaginary music. To be more like Badescu’s speculation, though, one must imagine the radios and the operators, too.Reread the 01/17/2007 commentary.Exercise: Write a fairy tale with this much imagination and see if you can get Space.com or one of the other secular science news sites to publish it without any criticism whatsoever. If Badescu can do it, it would be discriminatory not to let you do it. Be sure to portray it as a scientific quest.Extra credit: make a case for funding your search for your imaginary whatever. Be careful not to specify a timeline, dollar limit, or any criteria for success.(Visited 9 times, 1 visits today)FacebookTwitterPinterestSave分享0
(Visited 351 times, 1 visits today)FacebookTwitterPinterestSave分享0 Without this essential ingredient, long taken for granted, science could collapse.Imagine a world where science journals could not be trusted. In this imaginary world, at least half of all journal articles have been generated by artificial intelligence (AI), but are fake. The algorithms have gotten so good in this imaginary world, nobody can tell the difference—not editors, not peer reviewers, not even other AI algorithms. And as another consequence, suppose that reporters are fooled, and write up these fake research findings as fact. Is this dystopian vision possible?We hear a lot about fake news in politics. Each election season, journalists worry about disinformation campaigns by the Russians using social media to stir up partisan attitudes based on bogus claims. Is science immune from the Big Lie? New Scientist looked into the very real problem that AI can generate fake science. In “Fake news generating AIs could be the best weapons to fight fake news,” Donna Lu included two fake science stories, generated by AI, that mimicked the content and style of New Scientist itself. One of them claimed, “Eating bread crusts actually gives you curly hair.” Another headline made in the experiment proclaimed, “Overweight dogs have barks that sound cuter to humans.” Amusing as these spoofed articles are, it’s scary how believable they look. When more credible articles appear, who will be able to detect the fakery? Donna Lu thinks that AI can heal itself.Fake news spreads faster than the truth on social media, and as fake news generating machines get more sophisticated, distinguishing real from fake is becoming more difficult than ever.Artificial intelligence that can quickly generate convincing paragraphs of text from a simple prompt already exists and can be used to churn out convincing but untrue stories for influencing public opinion. But paradoxically, these problem AIs may also offer a solution.Lu is trusting in an algorithm by “Rowan Zellers at the University of Washington and colleagues” who “have created an AI that can both write and detect fake news.”Most likely Zellers and team have the public good in mind. But let’s ask a simple question. Can you trust Rowan Zellers?They trained the AI, called Grover, on tens of millions of articles from news websites totalling 120 gigabytes of data. Grover learned to write articles, adjusting its style to mimic pieces published during a particular time period or that feature on a specific news website, such as newscientist.com.Given fake headlines such as “No substantial evidence for climate change” or “New study provides evidence that vaccines cause autism”, within seconds it spits out articles complete with invented statistics and faked quotes, often from real experts or politicians….A little bit of thought leads to the concern that such a tool could be used for either side of an issue. Grover can only blindly do whatever it is ordered to do by its creator. It could generate fake science to support either side. And the higher the stakes for influencing the outcome, the higher the temptation to cheat. If those in power want more climate skepticism, they could generate “science” for that side. If those in power want more support for the climate consensus, they could generate “science” to support that side. Reality need not be part of the equation.Powerful interests will have plenty of money to perfect the AI algorithms so that they can generate even more convincing material. A drug company could write a journal paper that demonstrates high efficacy of its questionable product. A foreign power could publish fake research to build up its image in the scientific community. And scientists with a political agenda their funding agency likes could generate tons of fake science that give their position an aura of legitimacy.Peer Review, Reproducibility and Self-CheckingSome may argue that fake science could never succeed for long, because science is self-checking and reproducible. But as many journals have worried, there is a “reproducibility crisis” going on, and peer review has also come under scrutiny (18 May 2019). Many science projects are too expensive or difficult to reproduce. Who will build another LHC to check an exotic particle? And what if peer reviewers have the same political bias as the research they are reviewing? Who will watch the watchers?Fake-science algorithms using AI should worry scientists as well as politicians. Lu hopes that AI algorithms can become better, but the spy-vs-spy scenario is turning into AI-vs-AI, where watchers may have to choose which algorithm does a better job. One algorithm given a mix of fake news and real news achieved 73 percent accuracy. Grover achieved 92 percent. That means that 6 percent got through the screener. In cyber warfare, the effectiveness of the algorithms will depend on skill of the programmers to understand what the adversary is trying to do. Programmers differ on their opinions about the advisability of sharing the algorithms. The creators of Grover want to make the code open to all, but Elon Musk’s Open AI group disagrees.“It seems quite possible that the release of generators is going to be quite harmful,” says Open AI’s Jeff Wu. In the wrong hands it would equip people with the ability to rapidly generate tens of thousands of articles, he says.The Essential IngredientAs possibilities for Big Lie tactics proliferate, the spy-vs-spy scenario morphs into lie-vs-lie. Leaders from the top down are going to really need to know whom they can trust. Somehow, somewhere, there needs to be a real, live, breathing human being with the essential ingredient:Integrity.In its 3 June editorial, Nature pointed out that “Research integrity is much more than misconduct.” A morality-colored word creeps into the sub-heading: “All researchers should strive to improve the quality, relevance and reliability of their work.” What does science know about “should”? The word connotes responsibility to a moral standard. They continue: “Conducting research with integrity, honesty and accuracy is something to which every scientist should proudly aspire.” They use the word four times.AI algorithms will do what they are told, whether good or evil. Only a righteous-minded scientist or engineer with integrity will respond to the should word. If all scientists come to have ulterior motives, and look at every directive only for how it can promote their selfish interests, science is doomed.In the same issue of Nature, C. K. Gunsalus believes she has a solution. “Make reports of research misconduct public.” But notice how this strategy can backfire. What if an unscrupulous lab manager accuses one of his underling’s work to be misconduct? He follows the advice of Gunsalus and makes it public, ruining his career. Worse, any reporter could dox a scientist they don’t like, threatening his safety as well as his career.If the ones writing reports of research misconduct have no integrity, no amount of should-ing will solve the problem. In the asymptotic limit, science collapses into the fatalistic dystopia, “Everybody lies, but nobody listens.”How did integrity evolve? That is the conundrum Darwinism cannot answer. Darwin’s world is one of rampant self-interest. Even when self-interest morphs into group-interest, the only value is survival. Whatever works to pass on genes of the population is “moral” in that view. For those Darwinians who worship science as their sole pathway to truth, abandon all hope.If you are a scientist who values trustworthy science, promote the teachings that give human beings the desire and the power to achieve integrity. An essential start is the command, “You shall not bear false witness.” Given human nature, though, a command only condemns; it cannot empower. The same Voice that gave the command later promised He would write His law on men’s hearts, implying they would become able to obey joyfully and willingly. Read how here. Exercises.Look at this article on Phys.org, “Changing minds: How do you communicate with climate deniers?” The protagonist, Emma Frances Bloomfield, a communications specialist at the University of Nevada, is portrayed as a nice, gentle lady only trying to help people overcome their wrong views. She listens. She interacts. She engages. This is all fine and good, but the entire article conveys a narrative of the elitist persuading the buffoon. Bloomfield takes the consensus as undeniable fact, and she is there to heal the “deniers” who (predictably) are portrayed as motivated by religion. How could Bloomfield be replaced by an AI robot to achieve the same objective?Read this article on Medical Xpress, “Where to draw the line between mental health and illness?” Given that psychology’s values and categories evolve, how could powerful science lobbies use fake science and AI to marginalize skeptics of their consensus with the label ‘mental illness’?
Share Facebook Twitter Google + LinkedIn Pinterest Nutrient management plans provide a field by field risk evaluation for sediment, phosphorus and nitrogen loss and nutrient recommendation for crop production. The workshop will demonstrate one method to develop plans for general use and is accepted for Natural Resource Conservation Service (NRCS) Environmental Quality Incentives Program (EQIP) practice cost share program. The software used is open access and work on PC platforms. There is not cost.The software can also be used by Technical Service Providers (TSP) to provide planning services for Comprehensive Nutrient Management Plans for livestock producers and Conservation Activity Plans used for NRCS programs as well. For more information on TSP program see https://www.nrcs.usda.gov/wps/portal/nrcs/main/national/programs/technical/tsp/What is the Workshop About?Workshop will demonstrate:1. MapWindow GIS with MMP Tools2. MMP3. NRCS Ohio Nutrient Management Templates used for programs such as EQUIP.The training will use a sample farm to demonstrate the utilization of these two programs to generate a plan that can be presented to NRCS for approval.Program description and download location.· MapWindow GIS is an open source GIS product that is used to develop nutrient management plans by defining fields and farms then downloading spatial data such as soil types which provide base information needed for MMP is Nutrient Plan development. Data generated is exported to MMP through the MMP tools function. The version used for the workshop is dated 7/28/2015 on the website at http://www.purdue.edu/agsoftware/mmp/· MMP Version 0.37 (25-Aug-2016) current release of the program from Purdue and is linked for download through http://www.agry.purdue.edu/mmp/Two workshops are coming up:January 25, 9:30-4:00, OSUE-Putnam County, 1206 E Second St, Ottawa, OHFebruary 1, 9:30-4:00, OSUE Madison County, 217 Elm St, London, OHFor more details and to register go to: http://agcrops.osu.edu/events
Environmentally conscious consumers often ask me whether a real Christmas tree or an artificial one is the more sustainable choice. As a horticulture and forestry researcher, I know this question is also a concern for the Christmas tree industry, which is wary of losing market share to artificial trees. And they have good reason: Of the 48.5 million Christmas trees Americans purchased in 2017, 45 percent were artificial, and that share is growing. Many factors can influence this choice, but the bottom line is that both real and artificial Christmas trees have negligible environmental impacts. Which option “wins” in terms of carbon footprint depends entirely on assumptions about how long consumers would keep an artificial tree versus how far they would drive each year to purchase a real tree. From seedling to wood chipper Many consumers believe real Christmas trees are harvested from wild forest stands and that this process contributes to deforestation. In fact, the vast majority of Christmas trees are grown on farms for that express purpose.RELATED ARTICLESRecycling Christmas trees leaves mulch to be desiredWe Calculated How Much Trees Save for Your CityNRDC: Burning Trees to Make Electricity is an ‘Environmental Disaster’Healthy People Live With Trees To estimate the total impact of something like a Christmas tree, researchers use a method called life cycle assessment to develop a “cradle to grave” accounting of inputs and outputs required to produce, use, and dispose of it. For natural Christmas trees, this covers everything from planting seedlings to harvesting the trees and disposing of them, including equipment use, fertilizer and pesticide applications, and water consumption for irrigation. Life cycle assessments often will also estimate a system’s carbon footprint. Fuel use is the biggest source of greenhouse gas emissions in Christmas tree production. Using 1 gallon of gas or diesel to power a tractor or delivery truck releases 20 to 22 pounds (9 to 10 kilograms) of carbon dioxide into the atmosphere. On the positive side, Christmas trees absorb and store carbon from the atmosphere as they grow, which helps to offset emissions from operations. Carbon represents about 50% of the dry weight of the wood in a tree at harvest. According to recent estimates, Christmas tree-sized conifers store roughly 20 pounds of carbon dioxide in their above-ground tissue and likely store similar amounts below ground in their roots. Christmas tree farming requires careful planning to manage a crop that takes six to seven years to mature. However, using 1 gallon of gasoline produces about the same amount of carbon dioxide, so if a family drives 10 miles each way to get their real tree, they likely have already offset the carbon sequestered by the tree. Buying a tree closer to home or at a tree lot along your daily commute can reduce or eliminate this impact. And natural trees have other impacts. In 2009, Scientific American specifically called out the Christmas tree industry for greenwashing, because growers’ press releases touted carbon uptake from Christmas tree plantations while ignoring pesticide use and carbon dioxide emissions from plantation management, harvesting, and shipping. Is synthetic better? Artificial trees have a different set of impacts. Although many people think shipping trees from factories in China takes a lot of energy, ocean shipping is actually very efficient. The largest energy use in artificial trees is in manufacturing. Producing the polyvinyl chloride and metals that are used to make artificial trees generates greenhouse gas emissions and other pollutants. China is working to reduce pollution from its chemical industry, but this may drive up the prices of those materials and the goods made from them. Moreover, to consider sustainability from a broader perspective, production of real Christmas trees supports local communities and economies in the United States, whereas purchasing artificial trees principally supports manufacturers in China. Going head to head Recently the American Christmas Tree Association, which represents artificial tree manufacturers, commissioned a life cycle assessment comparing real and artificial Christmas trees. The analysis considered environmental aspects of sustainability, but did not examine social or economic impacts. The report concluded that the environmental “break-even” point between a real Christmas tree and an artificial tree was 4.7 years. In other words, consumers would need to keep artificial trees for five years to offset the environmental impact of purchasing a real tree each year. One major shortcoming of this analysis was that it ignored the contribution of tree roots – which farmers typically leave in the ground after harvest – to soil carbon storage. This omission could have a significant impact on the break-even analysis, given that increasing soil organic matter by just 1% can sequester 11,600 pounds of carbon per acre. Reuse or recycle your tree Consumers can’t affect how farmers grow their live trees or how manufacturers produce artificial versions, but they can control what happens after Christmas to the trees they purchase. For artificial trees, that means reusing them as many times as possible. For natural trees, it means recycling them. This is essential to optimize the carbon footprint of a real tree. Grinding used Christmas trees and using them for mulch returns organic matter to the soil, and can contribute to building soil carbon. Many public works departments across the United States routinely collect and chip used Christmas trees after the holidays. If local tree recycling is not available, trees can be chipped and added to compost piles. They also can be placed in backyards or ponds to provide bird or fish habitat. In contrast, if a used tree is tossed into a bonfire, all of its carbon content is immediately returned to the air as carbon dioxide. This also applies to culled trees on tree farms. And if used trees are placed in landfills, their carbon content will ultimately return to atmosphere as methane because of the way materials buried in landfills break down. Methane is a greenhouse gas 21 times more potent than carbon dioxide over a century, so this is the most environmentally harmful way to dispose of a used tree. All kinds of factors influence choices about Christmas trees, from fresh trees’ scent to family traditions, travel plans, and the desire to support farmers or buy locally. Regardless of your choice, the key to relieving environmental angst is planning to reuse or recycle your tree. Then you can focus on gifts to put under it. Bert Cregg is a professor of horticulture and forestry at Michigan State University. This post originally appeared at The Conversation.
I’d say this is legit, the cryatal ball has arrived in Stillwater @Lauren_Rew pic.twitter.com/u6a4yLZ17d— Jr Colmenares (@OSUJr) October 13, 2016So let’s take a dive back into the archives to see Oklahoma State’s title-winning game against St. Mary’s in the 1946 Sugar Bowl. It was the last time OSU would play in the Sugar Bowl until 2016, and the entire thing was incredible. Just listen to this opening of the game recap from the Sugar Bowl’s website.Men against boys. Even though the boys were pretty good, so were the bigger, more worldly men.Oklahoma A&M was a team that started seven war veterans, including fullback Jim Reynolds who flew 52 missions over Germany, and tackle Bert Cole who had been shot down over Yugoslavia and spent months among the Chetniks while making his way back to allied lines. In contrast, St. Mary’s was a lot like Alabama in 1945 with seven 17-year-old starters on a team with an average age of 18-1/2.Also, A&M, the heaviest team to play in the first 12 Sugar Bowls at a 203-pound average, was man-for-man 15 pounds larger than the Sugar Bowl’s youngest team ever.Oklahoma State rolled to a 33-13 win that day that flummoxed St. Mary’s coach Jim Phelan. He literally locked the media out of his locker room after the game before finally letting them in to chat.“Too much power – too much speed. And, above all, too much Fenimore.”Fenimore ran for 125 yards that day and two TDs. He threw for another. The win for AP No. 5 OSU capped off a 9-0 season. OSU allowed just 76 points all year (can you imagine the Vines we would have gotten had Glenn Spencer been coordinator?) Here’s a look at the full schedule which included Denver and Tulsa.I have no idea why the AFCA retroactively awarded OSU with this national championship, but apparently we are shipping in the trophies, the crystal and everything that goes along with a title. Here is the AFCA’s reasoning:The Oklahoma State squad of 1945 (then-referred to as Oklahoma A&M) had an average margin of victory of 23.2 points and still hold numerous school records, including fewest points allowed, lowest average points allowed, fewest first downs allowed, fewest rushing yards allowed and fewest yards allowed per game. The 1945 squad also ranks in the top 10 in several more offensive and defensive categories, all of which is remarkable considering that season was played 70 years ago.The AP No. 1 team that year was Army. Army’s schedule was soft! Louisville Field! Melville PT Boats! SMH! Sad!All of this unfolding on Thursday elicited maybe the greatest tweet I have ever seen. Such sweet words I never thought I would hear. But now they are true. Oklahoma State has a national championship in football! And we have the trophy to prove it.Look what showed up at #okstate ?? pic.twitter.com/Pq6KdHOUlg— Allison Gappa (@AllisonGappa) October 13, 2016 Also, I bet none of these men every thought someone would make a GIF of them 70 years later.#okstate scores to beat St. Mary’s and win a national title. What a day! pic.twitter.com/WooxVfBIxz— Pistols Firing (@pistolsguys) October 13, 2016 While you’re here, we’d like you to consider subscribing to Pistols Firing and becoming a PFB+ member. It’s a big ask from us to you, but it also comes with a load of benefits like ad-free browsing (ads stink!), access to our premium room in The Chamber and monthly giveaways.The other thing it does is help stabilize our business into the future. As it turns out, sending folks on the road to cover games and provide 24/7 Pokes coverage like the excellent article you just read costs money. Because of our subscribers, we’ve been able to improve our work and provide the best OSU news and community anywhere online. Help us keep that up. @Jake_Trotter they also beat Germany on the road— James Burcham (@e4burch) October 13, 2016Here’s what it looks like to win a national title. What a day.
While you’re here, we’d like you to consider subscribing to Pistols Firing and becoming a PFB+ member. It’s a big ask from us to you, but it also comes with a load of benefits like ad-free browsing (ads stink!), access to our premium room in The Chamber and monthly giveaways.The other thing it does is help stabilize our business into the future. As it turns out, sending folks on the road to cover games and provide 24/7 Pokes coverage like the excellent article you just read costs money. Because of our subscribers, we’ve been able to improve our work and provide the best OSU news and community anywhere online. Help us keep that up. For as crazy as the last few days have been around Stillwater, one bright light continues to shine: 2018 quarterback commit Spencer Sanders.Sanders is widely considered to be one of the top dual-threat quarterbacks. Not just in Texas — but in the country. Rated as a four-star prospect, he picked OSU over many offers — and garnered yet another on Tuesday in TCU.He took the time to announce his offer, and also made it very clear where his loyalty lies: With Oklahoma State. I am VERY firm with OSU, but still honored and blessed to receive an offer from TCU?? pic.twitter.com/TDMmu7TNpe— Spencer Sanders (@SpenceSanders) December 7, 2016Sanders has been a commitment of the Cowboys for a few months. He is the only recruit committed in the 2018 class. So having him on board and fully committed will be a huge piece in adding around him to fill out the class.Don’t be surprised when other schools continue to keep giving him a shout with scholarship offers, especially this offseason as he prepares for his senior year at Denton Ryan. But at this time, Sanders appears to be all OSU. Having him solid in his commitment says a lot about his integrity, and will go a long ways for the OSU staff in recruiting the rest of the class.